NHTSA Orders AV Companies to Stop Blocking First Responders
Original: Feds demand autonomous vehicle companies stop interfering with first responders
Why This Matters
Federal scrutiny of AV safety gaps signals potential regulatory action that could reshape deployment standards industry-wide.
NHTSA Administrator Jonathan Morrison issued a directive on July 8, 2026, demanding autonomous vehicle developers fix a 'clear pattern' of driverless cars interfering with law enforcement and emergency responders, requiring companies to submit solutions by end of July.
The National Highway Traffic Safety Administration (NHTSA) issued a formal call to action on July 8, 2026, directing autonomous vehicle (AV) developers to immediately address repeated incidents of driverless vehicles interfering with first responders. Administrator Jonathan Morrison's letter cited a 'clear pattern' of AVs driving into active emergency scenes, blocking ambulances and firefighters, and failing to recognize flares, smoke, fire, flashing lights, and traffic cones. NHTSA described these failures as 'functional insufficiencies,' not rare edge cases, and demanded companies submit proposed solutions by the end of July.
Although no company was named explicitly, the directive appears aimed at robotaxi operators such as Waymo, which operates the largest U.S. robotaxi fleet across Los Angeles, Phoenix, and San Francisco. A prior TechCrunch investigation identified at least six incidents through March 2026 in which first responders had to manually move Waymo vehicles during emergencies, including one during a mass shooting response and another blocking access to a natural gas explosion. Waymo declined to comment.
NHTSA did not specify consequences for non-compliance but implied accountability similar to human drivers who obstruct emergency operations, who face fines or jail time. Separately, the agency noted progress on updating Federal Motor Vehicle Safety Standards (FMVSS), which could benefit companies like Tesla and Zoox developing vehicles without traditional controls.